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MBR/MABR
FlowX Membrane BioReactor System
FlowX MBR – Smarter Wastewater Treatment for New Zealand
A decentralized, sustainable, and compliant solution designed to meet New Zealand’s unique environmental and regulatory challenges.
Integrates biological treatment with advanced membrane filtration to achieve superior water purification.
Enhances oxygen supply, accelerates biological processes, and minimizes membrane fouling.
Provides an oxygen-rich environment that facilitates deep denitrification, reducing Total Nitrogen (TN) levels to 3 mg/L.
Remote sensing and data transmission allow for intelligent, automated water management.
Compact and Efficient Design
Smart, space-saving wastewater treatment built for efficiency, scalability, and long-term reliability.
Minimal Footprint
FlowX’s integrated, space-saving system is ideal for areas with limited space.
Rapid Deployment
Easy installation and modular expansion allow for seamless scalability.
Energy-Efficient
Designed to minimize power consumption and reduce operational costs.
Low Maintenance
Module servicing every 6–9 months and a lifespan of up to 10 years.
FlowX combines space-saving design with reliable, long-lasting wastewater treatment.
Step 1
Membrane
Filtration
The high-performance membrane serves as a barrier, allowing only clean water to pass through while trapping suspended solids, bacteria, and pathogens.
Step 2
Biological
Treatment
With aeration support, biological processes efficiently break down contaminants into harmless byproducts.
Step 3
Sludge
Management
Retained solids accumulate in the system and are periodically removed for further treatment or environmentally responsible disposal.
Extracted sludge can be sanitized and converted into fertilizer, supporting sustainable land use.
Hear from trusted clients
Maria Sanchez 
Alex Fernandez 
Tom Sanchez MBR Integrated Wastewater Treatment System
With high treatment efficiency, compact design, and modular scalability, FlowX ensures a cleaner environment while addressing the growing global need for efficient water resource management.